Categories
Featured Products
Electrolytic Ion Earth Electrode
Electrolytic ion earth electrode is a high-efficiency active resistance-reducing grounding device. By releasing and permeating active ions steadily, it optimizes soil conductivity around the electrode. It perfectly solves the pain points of traditional grounding materials, such as poor resistance reduction effect and unstable performance in high-resistivity soil. Widely adopted in projects requiring ultra-reliable lightning protection and system grounding.
⊙ Technical Specifications
| NO. | Product Name | Model | Size(mm) | Length(mm) |
| 1 | Red Copper Electrolytic Ionic Earth Electrode | Φ50*2500-Y95*700 | Φ50 | 2500 |
| 2 | Zinc-Based Alloy Steel Electrolytic Ionic Earth Electrode | Φ60*3000-Y120*1000 | Φ60 | 3000 |
⊙ Key Features
- 1. Active resistance reduction: Filled with special ionic compounds, the electrode can release active ions continuously by absorbing natural soil moisture or built-in electrolyte. It effectively lowers soil resistivity and forms a stable low-resistance conducting layer around the grounding body.
2. Long-term stability: The ions are released slowly with a long-lasting and stable cycle at a controllable release rate instead of one-off rapid dissipation, keeping the soil in a low-resistivity state for a long time.
3. Environmental adaptability: Adaptable to all kinds of complex geological conditions, independent of original soil conductivity. Perfect for high-resistivity stratum such as loess, black soil, saline-alkali land and engineering backfill.
4. Convenient construction: No large-scale equipment is required for installation. The product occupies a small footprint and reduces construction workload by up to 70% compared with traditional grounding solutions.
5. Corrosion Resistant: The electrode shell is constructed from high-purity T2 copper, copper-clad steel, or zinc-based alloy steel. Its surface undergoes anti-oxidation treatment, enabling a service life of over 30 years.
⊙ Application Scenarios
- 1.Power system: Used for lightning protection grounding and working grounding of substations, power plants, and transmission line towers.
2.Building and municipal engineering: Lightning protection and grounding systems for high-rise buildings, large complexes, hospitals, schools and other public facilities. In densely built urban areas with limited construction space, electrolytic ion grounding electrodes demonstrate outstanding advantages.
3.Petrochemical and hazardous areas: Places with stringent safety requirements including refineries, chemical plants, oil and gas tank farms, gas stations and other similar sites.
